Image Processing Developers

Recruit Developers for Image Processing

An Overview of Developers for Image Processing Systems

According to research conducted by BernardMarr & Co., 5,74,500 new photographs are uploaded to social media every minute, and this trend is expected to continue. These photographs are collected and labelled either by computer programs or manually, and then fed into advanced image processing algorithms for educational and training purposes. The software developers responsible for creating such algorithms are involved in every stage of the process, from designing image processing algorithms to classifying images and inputting them into machines for training. They use mathematical formulas to implement various functions for processing signals, working with visuals that range from basic snapshots to complex genomic sequences and micrographs. To provide better personalised experiences for users, social media platforms such as Facebook and Instagram use these photographs as test data, as mentioned in our blog.

The Components of Digital Image Processing

Below is an outline of the components that constitute digital image processing.

  • Acquiring Images
  • Fixing Flaws in Photos
  • Picture Restoration
  • Adding Colour to an Image
  • Wavelet Processing and Multi-Resolution Imaging
  • Image Compression
  • Morphological Analysis of Images
  • Segmenting a Picture
  • Object Alignment
  • Transferring Pictures Over the Internet

It is essential for any organization that intends to maintain competitiveness in the software development sector to find the most competent and experienced image processing developers. Works can offer valuable assistance in this aspect by providing guidance on the industry’s current trends and requirements.

Programming Tools for Image Creators

When working on image processing, libraries in programming languages are frequently the primary tool of choice for developers. These include things like:

  1. OpenCV

    OpenCV is a free and open-source toolkit frequently used by developers to process photos and videos for object, facial, and even handwriting recognition across multiple platforms such as Windows, iOS, Linux, Android, and Mac OS X. To enhance its capabilities, OpenCV includes NumPy, a Python package optimised for performing mathematical calculations. The combination of OpenCV’s image recognition and NumPy’s numerical operations makes them an unbeatable duo in image processing. OpenCV-Python uses Python’s NumPy library for performing numerical computations using syntax similar to MATLAB. Additionally, OpenCV array structures can be converted to and from NumPy arrays for seamless integration with Numpy-based libraries like SciPy and Matplotlib.
  2. TensorFlow

    The Google Brain team has developed an open-source Python toolkit, called TensorFlow (NLP), to aid in the creation and training of neural networks for image identification, classification, and natural language processing. TensorFlow can process visuals with accuracy comparable to the human brain. Advantages of using this toolkit include the ability to quickly iterate models, employ parallel processing, and debug with relative ease.
  3. Matlab Image Processing Toolbox

    If you need to process, analyse, visualise, or create algorithms involving images, this comprehensive suite of industry-standard methods has got you covered. This toolset can accomplish segmentation, improvement, noise reduction, geometric transformation, and 3D processing of images. Both MATLAB and Python possess comparable image processing capabilities, each with their own unique benefits. When comparing MATLAB and Python’s OpenCV libraries, speed is the deciding factor for handling images. OpenCV has an advantage due to its origin in C/C++, resulting in significantly faster execution times than MATLAB code that requires several wrappers. MATLAB boasts a user-friendly interface and easy-to-read code, but OpenCV has the added advantage of being open-source and free, while MATLAB is proprietary and costly.
  4. PyTorch

    The Facebook AI team has created PyTorch, a free and open-source machine learning package suitable for use in AI and natural language processing applications. PyTorch is highly flexible and user-friendly, enabling users to easily create interactive computational graphs and 3D visuals. TensorFlow, in contrast, is limited to executing behaviour in statically-structured neural networks. PyTorch comes with an additional advantage, allowing seamless conversion between NumPy and PyTorch arrays. In case of image categorization, a previously trained model, which consults a database such as ImageNet, is employed. The categorisation process of PyTorch is composed of the following steps:

Here are the steps involved in image categorization using PyTorch:

  • Pre-Processing Images

    involves processing a set of images to ensure they have uniform size and resolution, as their original images may have different pixel values.
  • Normalization:

    A list of image transformation instructions is supplied to ensure a stable and fast training process.
  • Data Separation:

    To ensure success, it is crucial to have a dataset that covers both depth and breadth. The dataset comprises two distinct components – the training set and the validation set.
  • Preparing a Convolutional Neural Network (CNN):

    In this process, a convolution layer is used to analyze features, while a pooling layer is used for classification.
  • Activating a Layer:

    The activation layer is crucial for the neural network’s success; without it, the neural network would simply be a linear-regression model.
  • Optimization techniques must be employed, along with the decision on maximum allowable loss in the process.

An Image Processing Developer’s Role and Motives Behind Their Work

  • To create and develop algorithms for image analysis, an expert in machine learning and image processing is required.
  • The development of techniques for visual feature recognition, analysis, automated video segmentation, premise comprehension, computational photography, and machine learning necessitates extensive research and development processes. It is critical to establish a strong foundation to ensure the effective implementation and utilization of these techniques.
  • Continuous maintenance, troubleshooting, and upgrading of existing software are necessary to guarantee their optimal performance and accessibility.
  • Whenever feasible, customer feedback must be incorporated into the final product by an image processing designer.
  • The resultant software must be efficient, scalable, and reusable.
  • The individual in charge of designing image recognition systems must be able to elucidate the system’s logic and automated decisions to technical and business stakeholders effectively. It is crucial that they can explain the reasoning behind the models utilized in the system to enable informed decision-making.

Industries that are Developing Image Processing Technology

Professionals with image processing expertise are sought after by various businesses.

  • Data processing and its associated services
  • Internet
  • Banking and Insurance Industry Services
  • Healthcare
  • Protection and Surveillance
  • Mobile device developers
  • E-commerce
  • Cybersecurity

Responsibilities of Image Processing Algorithm Developers are as Follows:


  • Having an in-depth knowledge of the theoretical principles of image processing
  • Proficiency in Python, specifically in OpenCV and C/C++
  • Understanding of the foundations of AI, ML, and DL and their application in Python or R
  • Proficiency in the usage of Python libraries such as TensorFlow and PyTorch
  • Comprehension of Artificial Neural Networks (ANN)
  • Ability to comprehend scholarly literature and formulate experimental procedures

Interpersonal Skills

  • Strong leadership and communication skills
  • Creativity, resourcefulness, and persistence
  • A thirst for knowledge and a passion for technology
  • An eagerness to learn
  • Quick adaptation to the latest techniques in the image processing field
  • Responsibility and commitment to delivering projects on schedule and to a high standard
  • Collaboration and flexibility
  • Demonstrated capability in multitasking
  • Capable of assessing the advantages of different options and making informed decisions

Engage Works to find skilled image processing engineers who can meet the software requirements of your business.

The Development of Image Processing Necessitates Relevant Certifications

Certification in image processing can be obtained through online courses offered by Udemy and Coursera. Mathworks, the developer of MATLAB – a robust image processing toolkit – also provides a certification course for the software.

  • The University of Northwestern has made its Fundamentals of Digital Image and Video Processing course available on Coursera.
  • Online image processing courses available on Udemy aim to offer a fundamental level of knowledge. These courses, including Deep Learning: Convolutional Neural Networks in Python, Python for Computer Vision with OpenCV, Deep Learning, and Computer Vision A-Z, provide the essential competencies to perform image processing.

Proficiency in Image Processing Development Is Essential

A strong resume, coupled with extensive work experience, can be a valuable asset when seeking employment. Candidates who have dealt with a range of problem statements in their past roles are in a favourable position to make informed judgments in the workplace. Moreover, job seekers who have patents or publications registered in their name and keep up with technological advancements often have an advantage in the eyes of employers.

Key Takeaways

  • Given the various applications of image processing, the demand for proficient developers is significant.
  • Image processing developers should acknowledge the close ties between image processing, computer vision, machine learning, and Neural Networks development. The ability to switch between these areas is beneficial as it offers a more extensive knowledge and comprehension, which leads to more successful image processing implementations.
  • Developers utilise pre-existing libraries and toolboxes in different programming environments to create effective algorithms. These libraries and toolboxes offer a ready-made solution for developers to implement programming solutions without starting from scratch.
  • The selection of image processing tools is relatively limited; they are frequently chosen for specific applications.
  • Engaging in research, possessing knowledge of relevant research literature, and having personal patents or research publications are more advantageous compared to certifications or professional experience. Active involvement, awareness, and productivity showcase a candidate’s grasp on research subjects and their potential to have an impact in the field.

Subject Matter Proficiency

At Works, we recognise the significance of staying ahead in the industry. To attain this, we are committed to providing our clients with access to the top image processing developers globally, whether seeking freelance, full-time, or contract positions. We ensure that the developers we provide possess the necessary qualifications and experience to fulfil our clients’ requirements.

If you have a remote team, Works is here to offer you all the necessary resources in one central place, enabling you to concentrate on growing your business. We are experts in employee contracts, payroll, compliance, benefits, and onboarding, and we collaborate with a diverse range of industries, among them, but not restricted to…

  • Edu-tech
  • Finance
  • Healthcare
  • Efficient logistics management
  • E-commerce and brick-and-mortar retail
  • Travel
  • Banking
  • Media

Works currently has offices in over 150 countries, delivering end-to-end Employment Outsourcing and Recruitment (EOR) solutions to cater to all your employment necessities, including requirements for image processing developers. We can offer these services in the location of your choice.


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At Works, we maintain a high success rate of more than 98% by thoroughly vetting through the applicants who apply to be our Image Processing Developer. To ensure that we connect you with professional Image Processing Developers of the highest expertise, we only pick the top 1% of applicants to apply to be part of our talent pool. You'll get to work with top Image Processing Developers to understand your business goals, technical requirements and team dynamics.